Abstract: A printing apparatus has a desk-top printer housing having a paper input port, a paper output port and a data input port. A digital processor is disposed in the housing and is operatively connected to the data input port. The processor is programmed to detect odd pages and even pages in an electronically encoded document arriving via the data input port and to separate odd pages of the document from even pages thereof. A paper moving engine including rollers is disposed in the housing for moving a paper sheet through the printer housing from the paper input port to the paper output port along a predetermined path. A first laser printing assembly is disposed in the housing along one side of the path for printing an odd-numbered page of the document along one side of the paper sheet. A second laser printing assembly is disposed in the housing along an opposite side of the path for printing an even-numbered page of the document along an opposite side of the paper sheet.

Abstract: A printing assembly comprises a first printer for printing documents encoded in computer generated signals and a second printer for printing documents encoded in computer generated signals, the documents including alphanumeric characters, charts and graphics. The printers are disposed one above the other and are connected in tandem to one another via a multiple-page continuous web of paper extending along a U- or C-shaped path from a paper output port of the first printer to a paper feed port of the second printer. A computer for generating a signal encoding a multiple page document is coupled via connection componentry to the printers for transmitting odd pages in encoded form to one of the printers and even pages to the other printer.

Abstract: A printing assembly comprises a first printer for printing documents encoded in computer generated signals and a second printer for printing documents encoded in computer generated signals, the documents including alphanumeric characters, charts and graphics. The printers are disposed one above the other and are connected in tandem to one another via a multiple-page continuous web of paper extending along a U- or C-shaped path from a paper output port of the first printer to a paper feed port of the second printer. A computer for generating a signal encoding a multiple page document is coupled via connection componentry to the printers for transmitting odd pages in encoded form to one of the printers and even pages to the other printer.

Abstract: A shotshell wad for use in a shotgun shell is provided. Three discs are disposed within a generally cylindrical tubular wail, and define a gas seal section, a middle section, a shot cup extension section, and a shot cup section. The third disc, which separates the shot cup extension section and the shot cup section, is detachably connected to the tubular wall such that when the shotshell is fired, the third disc breaks away and travels rearward relative to the rest of the shotshell wad to a position adjacent to the second disc. A plurality of fingers are defined by a plurality of lateral cuts through the tubular wall in the shot cup section extending from a point in the shot cup section to the forward end of the tubular wall. The tubular wall also includes a plurality of circumferential cuts passing therethrough substantially at the point where the plurality of lateral cuts terminate. The plurality of circumferential cuts extending through a section of each of the plurality of fingers.